CTI 2500P-WB-RMP2 Workbench IDE, Annual Maintenance Reinstatement if expired 1-2 yr

HARDWARE FEATURES

• Front display for IP address and error messages

• Four Ethernet ports can be configured with up to four unique network addresses

• Internal SD card contains entire operating system, firmware, user program, configuration,

user data (NOTE: This allows rapid replacement of a failed CPU simply by

transferring the old SD card into the replacement unit)

• External SD card for file exchange, firmware update, initial IP address assignment

• Front-accessible battery

Summary

The TCP/IP protocol is used to send and receive messages via the network. It will function over the

local Ethernet network or over Wide Area Networks. TCP/IP supports both connectionless (UDP) and

connection oriented (TCP) services. UDP is usually sufficient for most applications because the

higher-level application protocol (CAMP) incorporates an acknowledgment to commands.  TCP/IP

network software for an IBM compatible personal computer is readily available from a wide range of

sources.  For a complete discussion of the TCP/IP protocol, see Internetworking with TCP/IP by

Douglas Comer (1991. Prentice Hall) or other commonly available reference material.

The 2500P-ECC1 provides two Ethernet ports capable of operating at 10 or 100Mb, half or

full duplex. The speed and duplex mode are automatically negotiated with the device

connected to the port. Each port supports auto-crossover capability, allowing the port to be

connected to an external Ethernet switch or directly to a device, such as a laptop or 2500

Series® controller. Both ports are functionally equivalent.

The Ethernet ports are connected to an Ethernet switch incorporated into the 2500P-ECC1

module. This switch is also connected to the Ethernet controller on the ECC1

microprocessor. This arrangement allows devices connected to either port to communicate

with the microprocessor and allows communications between ports. The switch also

provides hardware protection against excessive broadcast/multicast traffic.

The 2500P-ECC1 Ethernet Communications Coprocessor provides state-of-the-art

features and performance for Ethernet communication when using CTI 2500

Series® Processors. It uses a dynamic memory cache to give extremely quick

response to queries from HMI systems, with no dependence on CPU scan time.

It also provides a fully configurable interface for setting up Modbus-TCP, and

CAMP client/server communications. Most importantly, it features a completely

new facility which provides peer-peer network communications between PLCs

using a new "report on change" protocol - Network Data Exchange.

WOODHEAD SST-DN3-PCU-2( E) PCI DEVICENET INTERFACE CARD DN3-PCU-2(E) V1.2.8

SST Woodhead SST-ESR2-CLX-RLL Ethernet Modbus/Serial Modbus Communication

Woodhead PB3-PCIe 2 SST-PB3-PCIE 1 V1.1.0 Communication card

MOLEX SST-DN4-PCIE-H / SSTDN4PCIEH 

SST 5136-PFB-PCI Profibus Communications Adapter Module

CTI 901B-2500-RBC Profibus Remote Base Controller

CTI 901B-2500-RBC Profibus Remote Base Controller

CTI Control Techniques 901D-2500-RBC Profibus Remote Base Controller

CTI 2500-RIO-B RS485 Remote Base Controller

CTI 2500C-RBC-RS485 RS485 Remote Base Controller

CTI Control Technology 901E-2589-A Input Module PCB 

WOODHEAD SST DHP-PCI V1.2.0 SD-PCI-U DATA HIGHWAY PLUS INTERFACE CARD

Molex SST-PB3-VME-2 Brad Communication Board SSTPB3VME2E

AMAT 0190-34511 REV. 08 SST woodhead DNet bus scanner DNPCPCI3U1-NC- 3V V1.3.4

WOODHEAD SST-DN3-PCU-1 DEVICENET INTERFACE CARD

SST / WOODHEAD 5136-PFB-VME PROFIBUS INTERFACE CARD 5136PFBVME NIB